Abstract: An analytical shell model forming apparatus includes a medial surface forming unit for approximating a solid model to a plurality of shell models. An extracting unit compares a plurality of formed medial surface models and extracts difference portions. A model candidate forming unit forms a plurality of medial surface model candidates suitable for analysis by combining the extracted difference portions. A select unit selects a medial surface model matching boundary conditions, constraint conditions and the like from the plurality of model candidates. The selected medial surface model is presented to an operator as an analysis medial surface model.

Abstract: An analytical shell-model producing apparatus comprises a pair-surfaces acknowledging portion, a top/bottom side rib attribute acknowledging portion, an offset-surface producing portion, and an internal-surface producing portion. The pair-surfaces acknowledging portion acknowledges as the pair-surfaces when the face-to-face distance of two (2) surfaces is equal or less than a reference-plate thickness size, which constitute the configuration model. The top/bottom side rib attribute acknowledging portion acknowledges the pair-surfaces as to be either the top or the bottom side surface and the rib surface. The offset-surface producing portion produces an offset-surface, by offsetting either the top or the bottom side surface and also the rip surface into an inside thereof. The internal-surface producing portion registers the offset-surface seaming therebetween as to be an internal-surface model.

Abstract: In a configuration model producing apparatus, a simplification candidate portion automatic extracting means produces a configuration by expanding the configuration model into an outside by a reference parameter, and also a configuration by reducing the configuration model into an inside by the reference parameter. The expanded configuration and the reduced configuration are compared wit the configuration model, respectively, thereby extracting partial configurations, which disappear and are reversed therefrom. Removing the partial configuration coincident with a predetermined condition among the configurations, an analytical configuration model is produced, being necessary for use in analyzing.

Abstract: A work assistance apparatus executes software programs necessary for works with using a computer, files generated in plural number thereof, and know-how data, with high efficiency. For that purpose, the work assistance apparatus comprises: a common template production portion for producing a common template, in which common information is defined, such as, steps of work, the software programs, and the know-how, etc.; a template execution portion for executing the work in accordance with the template; and a difference template production portion for producing information not defined in the common template in a form of a difference template. In the work with using the common template, information newly added is accumulated into the difference template.

Abstract: Analysis work processses are defined as a process template and an engineering tool and a knowledge retrieval visualization tool are combined by means of the process template. Further, the engineering tool automatically executes an execution control file corresponding to analysis knowledge. Thus, automation concerning analysis modeling and analysis evaluation of the analysis work can be realized.

Abstract: A joint portion of a profile model is retrieved from three-dimensional CAD model data and a joint target part, a joint position and a joint means are registered as parts joint data. A joint model preparing object corresponding to the parts joint data is retrieved from a joint model preparing object database, a joint model preparing process registered in the joint model preparing object is executed to prepare a joint model, and the joint model and a neutral plane model are synthesized to prepare an analytic model.

Abstract: A display screen having a color filter including a black matrix formed on a substrate of the display screen. A number of color filter layers, each formed in holes of the matrix, provide filtering of light components corresponding to the color of the filter layer. Also provided is one other color filter layer of a final color. This other color filter is also formed on the matrix and formed in another one of the other holes. Consequently, the other color filter layer can be formed without the need of exposing an associated resist layer, thereby simplifying the color filter manufacturing process.

Abstract: There is disclosed a display screen obtained such that a first pigment layer and a resist layer are exposed and developed, then a second pigment layer is formed on the photoresist pattern, and the resultant structure is coated with a resist decomposition agent to remove the photoresist pattern and the second pigment layer formed on the photoresist pattern.

Abstract: A shape model as an object to be analyzed and division information used to produce a finite element mesh are entered, and a recognition model is produced by allocating each edge line segmented by structural points of the shape model to any one coordinate axial direction in an orthogonal coordinate system. A mapping model is produced in which an orthogonal lattice is produced on a surface and the inside of an approximated shape model, and is displayed on a screen. The mapping model is modified by a system user in an interactive operation. A finite element mesh is generated from lattice points of the modified mapping model. The data input by the system user is processed in an input/output data processing unit, and shape model data of the object to be analyzed is produced in a shape model producing unit. Based on the division information input by the system user, a finite element mesh is generated on the shape model by a finite element mesh producing unit.

Abstract: A color photographic light-sensitive material for printing use comprising a reflection type support bearing thereon a blue-sensitive silver halide emulsion layer, a green-sensitive silver halide emulsion layer and a red-sensitive silver halide emulsion layer; wherein a silver halide emulsion contained in said green-sensitive silver halide emulsion layer is a monodispersed silver halide emulsion and a coupler combined with said monodispersed silver halide emulsion is a magneta coupler represented by the following formula I ##STR1## wherein Z represents a group of non-metal atoms necessary for forming a nitrogen-containing heterocyclic ring, and the ring formed by the Z is allowed to have substituents; X represents a substituent capable of splitting off through the reaction thereof on the oxidation products of a color developing agent; and R represents hydrogen or a substituent.

Abstract: An electric shaver comprises a housing (1) formed as a grip, a shaving head (2) comprising at least one cutting unit (11) having an outer cutting member (16) and an inner cutting member which is rotatable relative to the outer cutting member, and drive element for driving the inner cutting member, the shaving head being pivotably connected to the housing. In known shavers the motor is accommodated in the shaving head, resulting in a poor balance and poor contact between the shaving head and the skin. According to the invention the shaver is characterized in that a motor (5) belonging to the drive element is accommodated inside the housing (1), the drive element being adapted to follow the pivotal movements of the shaving head (2) relative to the housing. Preferably, the drive element comprises flexible coupling element, for example a pulley-belt transmission (9, 12, 15) but alternatively the drive element may comprise a universal joint.

Abstract: Structure of a power supply lid for an electric apparatus, especially for shaver, has in its housing (1),shaft guide frame (4) which guides shaft (3) slidably, andhook protrusion (5) which protrudes to the direction of battery lid (2),and in its battery lid (2),elastic convex arm (6) provided with opening (8), and pressure contacting surface (9) which guides hook protrusion (5) slidably.When lid (2) is closed, shaft (3) is set at the backside (i.e. far side from the lid (2)) of frame (4), which means a closed position, and hook protrusion (5) is fixed in opening (8).When lid (2) is pulled out, shaft (3) is set at the frontside of frame (4), which means a released position, and hook protrusion (5) is released from opening (8), so that the released lid can move slidably along pressure contacting surface (9).